## Question

###### Use spherical coordinates and evaluate V1-r2 VA-:? 4? K $" rdzdydx Vs?+y?

Use spherical coordinates and evaluate V1-r2 VA-:? 4? K $" rdzdydx Vs?+y?

## Answers

#### Similar Solved Questions

5 answers

##### Homework: Section 6.1 and 6.2: Normal Distribution Score: of 1 pt 2 0t 23 (19 comalete) 6.1.5SaveHW Score: 76.099, 17.5 of 23 pts Cuestion Helj clinntis randony selectrd, and frd Ihe probitility Ulai 4or WalbnoDuing certain lime penods at & hospita Dilionts arriving a:tha omerger Cy greator than 3.25 minutesmatng uino 5 thal ;na undzh distbutod Cerxedn"ninutz s AptumnFind te probability that ranoamly selected patient 7as Kbe5 (Simplify your answrer Round to three docira Cbr ;grcater Ina

Homework: Section 6.1 and 6.2: Normal Distribution Score: of 1 pt 2 0t 23 (19 comalete) 6.1.5 Save HW Score: 76.099, 17.5 of 23 pts Cuestion Helj clinntis randony selectrd, and frd Ihe probitility Ulai 4or Walbno Duing certain lime penods at & hospita Dilionts arriving a:tha omerger Cy greator t...

5 answers

##### Gien: For some random variable X E(X) = 14and E(X2) = 317. LaY =S0_3XDeterine the mean; variance, and standard deviation of Y.

Gien: For some random variable X E(X) = 14and E(X2) = 317. LaY =S0_3X Deterine the mean; variance, and standard deviation of Y....

5 answers

##### Now put second red dot ecord the time and OD on the best fit line ' for that second point, that is at number Since = exactly the double the OD of the first dot; of cells must have doubled, the OD double from the first to the second point; he second OD reading - is the Therefore, the time time it took to go from the first OD reading to took for the culture to double. That is one generation timel!!! Use the tWO pairs Of numbers erew_ (Different cultures you have marked to calculate the genera

Now put second red dot ecord the time and OD on the best fit line ' for that second point, that is at number Since = exactly the double the OD of the first dot; of cells must have doubled, the OD double from the first to the second point; he second OD reading - is the Therefore, the time time i...

5 answers

##### And A is the matrixA=PDP-1Usc the method of undetermined cocfficients to find solution to the non homogencous ODE:y = Ay + e

and A is the matrix A=PDP-1 Usc the method of undetermined cocfficients to find solution to the non homogencous ODE: y = Ay + e...

5 answers

##### Let f be the function given by f(z) = 1-22/3 Show that f(-1) = f(1) but there does not exist any number â‚¬ (-1.1) such that f'(c) = 0 Does this contradict Rolle' theorem? Justify vour answer .

Let f be the function given by f(z) = 1-22/3 Show that f(-1) = f(1) but there does not exist any number â‚¬ (-1.1) such that f'(c) = 0 Does this contradict Rolle' theorem? Justify vour answer ....

5 answers

##### Recall that N 8(m;n) is the set of lattice paths from (0,0) to using only north and east steps. Also recall that (la] is the set of k-element subsets of [n]: Give bijective proof that #Nâ‚¬(m.n) = #(In+r] as follows Define f Nâ‚¬(m. n) ([m+n] by f(P) = S where the step representation of the path is P : 81S2 Sm+n and S is defined by â‚¬ S if $; = E and 2 $ if S; = N. Show that is well defined. Define f-1 ([m+r]) 7Ne(m,n) by f(S) = P where P : S1S2 Sm+n is defined by Si = E if i â‚¬ S and Si N if

Recall that N 8(m;n) is the set of lattice paths from (0,0) to using only north and east steps. Also recall that (la] is the set of k-element subsets of [n]: Give bijective proof that #Nâ‚¬(m.n) = #(In+r] as follows Define f Nâ‚¬(m. n) ([m+n] by f(P) = S where the step representation of the ...

1 answers

##### Find the family of all antiderivatives of each derivative. $$ \frac{d x}{d t}=7 t^{2}\left(t^{3}+5\right)^{6} $$

Find the family of all antiderivatives of each derivative. $$ \frac{d x}{d t}=7 t^{2}\left(t^{3}+5\right)^{6} $$...

5 answers

##### The binary tree of Figure $19-14$ is to be used for Exercises 19 through $23 .$ (Note: These exercises are independent of each other.)List the path from the node with info 68 to the node with info 90 .

The binary tree of Figure $19-14$ is to be used for Exercises 19 through $23 .$ (Note: These exercises are independent of each other.) List the path from the node with info 68 to the node with info 90 ....

5 answers

##### 5000 5398 5793 6179 6554 6915 7257 580 7881 8159 8413 .8643 88495040 5438 58325080 5478 5871 6255 6628 6985 7324 7642 7939 8212 8461 8686 88885120 5517 5910 6293 6664 7019 7357 7673 7967 8238 .8485 8708 89075160 5557 5948 6331 6700 7054 7389 7704 7995 8264 8508 8729 89255199 5596 5987 6368 6736 7088 7422 7734 8023 8289 8531 8749 89445239 5636 6026 6406 6772 7123 7454 7764 8051 8315 8554 8770 89625279 5675 6064 6443 6808 7157 7486 7794 8078 8340 8577 8790 89805319 5714 6103 6480 6844 7190 7517 78

5000 5398 5793 6179 6554 6915 7257 580 7881 8159 8413 .8643 8849 5040 5438 5832 5080 5478 5871 6255 6628 6985 7324 7642 7939 8212 8461 8686 8888 5120 5517 5910 6293 6664 7019 7357 7673 7967 8238 .8485 8708 8907 5160 5557 5948 6331 6700 7054 7389 7704 7995 8264 8508 8729 8925 5199 5596 5987 6368 6736...

5 answers

##### QUESTION 25Given the equation of a regression line isy 3.5x + 5.4 What is the best predicted value for y given x = -3. Assume that the variables X andy have a significant correlation_ The minimum value Of X in the data set I5Tne maximum value 0f x In The data set Is 31 Ifthe value is not meaningful, then enter DNE for the answer: State the answer only and no additional work: Do not state y = # Do not round the answer:

QUESTION 25 Given the equation of a regression line isy 3.5x + 5.4 What is the best predicted value for y given x = -3. Assume that the variables X andy have a significant correlation_ The minimum value Of X in the data set I5 Tne maximum value 0f x In The data set Is 31 Ifthe value is not meaningfu...

1 answers

##### Match each equation in Column I with the appropriate right triangle in Column II. In each case, the goal is to find the value of $x$. (II) (FIGURES CANNOT COPY) (I) $$x=5 \sec 38^{\circ}$$

Match each equation in Column I with the appropriate right triangle in Column II. In each case, the goal is to find the value of $x$. (II) (FIGURES CANNOT COPY) (I) $$x=5 \sec 38^{\circ}$$...

4 answers

##### A calibration curve for the analysis of a sodium concentrationis established using five calibration standards and found to yielda straight line over the range of 0 to 150 micromole Na/L. Theequation of the calibration curve when the detection signal (y) isplotted versus the micromole Na/L in the sample (x) is: Y = 0.178 x+0.050. Find the quantity of Na for a sample that gives a measuredsignal of 24.507.

A calibration curve for the analysis of a sodium concentration is established using five calibration standards and found to yield a straight line over the range of 0 to 150 micromole Na/L. The equation of the calibration curve when the detection signal (y) is plotted versus the micromole Na/L in the...

5 answers

##### 41.1 Complex Exponential FunctionIn Problems 1-4, find the derivative [" of the given function I(2) = 2&+ 2. f(2) = %"" 3. f(2)=e" f(e) = icl* In Problems 5 8, write the given expression in tOtIs of _ and Mg arg (e"t)Chapter 4 Elementary FunctionsIn Fublems 12 , exprexs the gitvn function tw forin ff) ="(I, ")+io."i. () 10. f() =0 f() 12. f( Unt the ~utllcient conditions for dilterentiubility (rotn pg" 155 in Srtion 3.2 detertinu" whetu thre

41.1 Complex Exponential Function In Problems 1-4, find the derivative [" of the given function I(2) = 2&+ 2. f(2) = %"" 3. f(2)=e" f(e) = icl* In Problems 5 8, write the given expression in tOtIs of _ and Mg arg (e"t) Chapter 4 Elementary Functions In Fublems 12 , expre...

5 answers

##### -/4 POINTSLARCALCET7 8.3.012.MI:Find the indefinite integral. (Use â‚¬ for the constant of integration.)sin4 2e de

-/4 POINTS LARCALCET7 8.3.012.MI: Find the indefinite integral. (Use â‚¬ for the constant of integration.) sin4 2e de...

5 answers

##### Jung ! mweh olSpnng 2020Aaenno Heantet-Detine the uecistonTule: 12Wnat [sthentest gcatlgtics poitai)E)"Sraterhe Tesultsorthe hrypothests test tzpoit)merprer the Tesults or 0 tz points)Given the industry sales is $10,000_ what is the predicted company value? (2 points)Construct the confidence interval for the slope coeflicient and interpret the CL (2 points)

Jung ! mweh ol Spnng 2020 Aaenno He antet-Detine the uecistonTule: 12 Wnat [sthentest gcatlgtics poitai) E)"Sraterhe Tesultsorthe hrypothests test tzpoit) merprer the Tesults or 0 tz points) Given the industry sales is $10,000_ what is the predicted company value? (2 points) Construct the confi...

5 answers

##### 125 A voltage source given byvs(t) = 25cos(2r x 10't _ 309)is connected t0 a series RC load as shown in Fig: 1-20. If R = 1MQ and â‚¬ = 200 pF; obtain an expression for Ue(t) , the voltage across the capacitor:Ros(t)Figure 1-20 RC circuit connected t0 a voltage source us(t).

125 A voltage source given by vs(t) = 25cos(2r x 10't _ 309) is connected t0 a series RC load as shown in Fig: 1-20. If R = 1MQ and â‚¬ = 200 pF; obtain an expression for Ue(t) , the voltage across the capacitor: R os(t) Figure 1-20 RC circuit connected t0 a voltage source us(t)....

5 answers

##### Use iransformations ofthe graph ol flx) = e* to graph the giun lunctan Gwve tne equailon of tre asymptote: Use Uhe graphs [ delermingec bncons domal and rangu UNAcabl# graphing Ulillty conlitul Lno tenek-olatn orupnsGranh hixl= asymptote. Graph the asympate Uiu Ing grophing tocl pton Uhe lunciionJuguCick Io uiluidu Gtumhlee

Use iransformations ofthe graph ol flx) = e* to graph the giun lunctan Gwve tne equailon of tre asymptote: Use Uhe graphs [ delermingec bncons domal and rangu UNAcabl# graphing Ulillty conlitul Lno tenek-olatn orupns Granh hixl= asymptote. Graph the asympate Uiu Ing grophing tocl pton Uhe lunciion J...

5 answers

##### 0192 K of Denoic acid recovetedalter acld-baie @atraction from mature cont jining 2 86 & 0f borvoic acid, whiat 1 Vour tecovety 0l bcok Ki?

0192 K of Denoic acid recovetedalter acld-baie @atraction from mature cont jining 2 86 & 0f borvoic acid, whiat 1 Vour tecovety 0l bcok Ki?...

5 answers

##### In 1994 the moose population in park was measured to be 3540. By 1996_ the population was measured again to be 3580. If the population continues to change linearly:Find formula for the moose population, P in terms of t, the years since 1990.P(t)What does your model predict the moose population to be in 2009?

In 1994 the moose population in park was measured to be 3540. By 1996_ the population was measured again to be 3580. If the population continues to change linearly: Find formula for the moose population, P in terms of t, the years since 1990. P(t) What does your model predict the moose population to...